TERRAN: And the Wrath of the Wildwoods

---

TERRAN: And the Wrath of the Wildwoods

TERRAN: And the Wrath of the Wildwoods is a 2D top-down, rogue-like, wave-based game developed using the Godot Engine. The game focuses on fast-paced action, strategic environmental interactions, and immersive gameplay centered around defending the forest from waves of invaders. This project emphasizes dynamic mechanics, resource management, and engaging visual and audio design.

---

Project Details

Gameplay Mechanics

• Wave-Based Combat:
  • Players face escalating waves of enemies with increasing difficulty.
  • Boss enemies appear every 5–10 waves, requiring advanced strategies and ability use.
• Abilities and Combat System:
  • Four key-bound abilities (Q, W, E, R) include:
    • Ranged Attacks
    • Area-of-Effect Abilities
    • Defensive Maneuvers
    • Ultimate Skills
  • Resource management is crucial for executing abilities and sustaining combat.
  • Abilities can be upgraded and customized through skill trees.
• Movement:
  • Point-and-Click Navigation for precise positioning and evasion.
  • Smooth, responsive movement enhances player control.

---

Main Character

• Terran is the forest spirit and the protagonist of the game.
• Designed with tree-like features and a magical bow, Terran embodies the forest’s resilience and power.

---

Map Design and Environment

• Central Grove: A critical area that must be defended. Large trees with strategic importance are located here.
• Outer Ring and Pathways: Trees encircle the grove, offering layers of defense and choke points.
• Dynamic Battlefield:
  • Environmental elements react to player actions.
  • Interactive features such as releasing spores, triggering barriers, or utilizing terrain for strategic advantage.
• Randomized Placement: Tree and enemy placement change between sessions for replayability.

---

Technical Details

Godot Features and Tools Used

1. Physics and Movement:
   • CharacterBody2D: Used for precise movement and collision handling.
   • velocity and move_and_slide(): Manage character navigation and real-time movement mechanics.
2. Abilities and Preloaded Scenes:
   • Abilities are managed via preloaded .tscn scenes:
     • Verdant Arrow
     • Whisp’s Wrath
     • Devouring Wolves
     • Slash
     • Indignation
     • Spectral Dash
   • Timers (Timer Nodes):
     • Handle ability cooldowns and attack delays.
     • Examples: iceSpearTimer, slashTimer, dashTimer.
3. Animations:
   • AnimationPlayer: Controls character animations (e.g., “RUN” for movement).
   • Conditional animations such as sprite flipping and attack animations enhance visual clarity.
4. Dynamic Interactions:
   • Signal System:
     • Signals manage events like player death, ability usage, and level progression.
   • Environmental interactions include shaking trees, activating barriers, and spawning resources.
5. Resource Management:
   • Collected resources and upgrades are dynamically tracked using arrays (e.g., collected_upgrades).
   • GUI components like HealthBar and ExperienceBar visually display player stats.
6. AI and Detection:
   • Enemies use proximity detection (_on_enemy_detection_area_body_entered) for dynamic targeting and engagement.
   • Randomized spawn points increase replayability and challenge.
7. Player Experience:
   • Sound effects (AudioStreamPlayer) enhance immersion for events like leveling up and defeating enemies.
   • Tween nodes create smooth transitions for GUI elements and animations.

---

Progression and Leveling

• Experience System:
  • Players gain experience through combat and completing waves.
  • Experience is tracked visually using ExperienceBar and level-up notifications.
  • Leveling unlocks new abilities and upgrades.
• Upgrade System:
  • Players collect upgrades to enhance abilities and defenses.
  • Examples of upgrades:
    • Spell Cooldown Reduction
    • Increased Spell Size
    • Additional Ammo
  • Randomized upgrade selection ensures varied gameplay each session.

---

Development Tools

• Godot Engine: Core game engine for development.
• GDScript: Used for scripting gameplay mechanics, animations, and interactions.
• Graphics and Audio:
  • Custom sprites and animations designed using external tools.
  • Immersive audio effects enhance the gameplay experience.
• Version Control:
  • Managed through Git and GitHub for collaborative development and versioning.

---